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Ocean Power Technologies

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  1. 1
    Underwater solar power advanced by 10-metre test●Researchers advance underwater solar power with 10-metre test✉newsEnvironmentEnergy6 d ago

    Researchers have reported progress in underwater solar power after completing a 10-metre test, marking a step toward generating solar energy beneath the water's surface. The development points to potential new ways of harvesting renewable energy in oceans and other bodies of water, an area attracting growing interest as demand for clean power expands.

  2. 2
    Startup tests seafloor geothermal power for island grids▼Startup tests seafloor geothermal power for diesel-dependent island energy systems✉newsBusinessStartups3 d ago

    A startup is testing geothermal energy systems placed on the seafloor, aiming to replace diesel generators that island communities rely on for electricity. The technology would tap heat beneath the ocean floor to provide steady renewable power where shipping fuel is costly. If proven, it could offer remote islands a cleaner, more secure alternative to imported diesel.

  3. 3
    Scientists Unveil Underwater Solar Panels●Scientists Unveil Underwater Solar Panels https:// fed.brid.gy/r/https://futurism .com/future-society/scientists-underwaMmastodonEnvironmentEnergy24 d ago

    Scientists in China have developed perovskite solar panels designed to operate underwater, according to a report by Futurism. The technology could expand solar power generation to oceans, lakes and other submerged environments where conventional panels cannot function. The announcement is drawing attention in clean-energy circles, with observers noting the potential for new renewable energy applications if the technology proves durable and cost-effective at scale.

  4. 4
    ABS Approves Hanwha Ocean's 60 MW Floating Data Center Design▼ABS Grants Approval in Principle to Hanwha Ocean’s 60 MW Floating Data Center✉newsEnvironmentOceans3 d ago

    Classification society ABS has granted Approval in Principle to Hanwha Ocean's 60 MW floating data center concept. The designation signals that the offshore power-and-computing platform meets initial class requirements, moving the South Korean shipbuilder's novel ocean-based data infrastructure project a step closer to development amid growing interest in offshore solutions for energy-intensive digital facilities.

  5. 5
    Ocean Power Technologies grants interim CEO 75,000 stock units vesting 2027▼An interim CEO's 75,000 stock units vest in 2027 at Ocean Power Technologies (OPTT).✉newsEnvironmentOceans1 d ago

    Ocean Power Technologies disclosed a grant of 75,000 stock units to its interim CEO, set to vest in 2027. The equity award is a standard retention measure while the company operates under interim leadership, and it signals the board's intent to keep stability at the top of the wave-energy technology firm until a permanent successor is settled. Compensation details like this typically draw attention from investors tracking governance.

  6. 6
    OTEC Works, But Seawater Flow Remains a Hurdle▼OTEC Works. The Seawater Flow Is The Problem.✉newsEnvironmentOceans2 d ago

    Ocean Thermal Energy Conversion, a technology that generates power from temperature differences between warm surface water and cold deep seawater, reportedly works as intended. The main challenge now lies in moving the enormous volumes of seawater required, which drives costs and engineering complexity. Observers in the clean energy community are weighing whether improved pumping and pipe designs could make OTEC commercially viable.

  7. 7
    Ocean Power Technologies grants performance-based stock awards●Performance-based stock awards cover 18,790 and 5,000 shares at Ocean Power Technologies (OPTT).✉newsEnvironmentOceans1 d ago

    Ocean Power Technologies has issued performance-based stock awards covering 18,790 and 5,000 shares, according to a regulatory disclosure. Such awards tie executive or employee compensation to performance conditions and are routine but watched by investors for signals about company targets and alignment with shareholders.

  8. 8

    A sailing robot designed to be deployed from the air is being developed for environmental monitoring in remote areas. The wind-powered vessel would be dropped over water and used to collect data in locations that are difficult or costly to reach with crewed ships, offering long-endurance observation of ocean and climate conditions.